Register Here To View: What You Didn’t Know About Surge Testing

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WEBINAR DESCRIPTION:

Preventing unscheduled downtime and expensive repairs should be the primary goal of every predictive maintenance program.  Approximately 80% of electrical failures begin in the motor winding insulation, not the groundwall insulation.  Unless a surge test is implemented, this critical winding insulation problem can’t be detected until it reaches the groundwall insulation due to extreme heat advanced by shorted turns: too late!  Find out how the surge test works, why megohm or hipot testing will not detect winding insulation problems, and why this fantastic nondestructive test has standards that your predictive maintenance program needs to employ.

Learning Takeaways:

1. The uniqueness of finding turn-to-turn weakness
2. What is a Surge Test?
3. How a Surge Test is nondestructive.
4. Why a Megohm and HiPot Test find problems in different insulation system.
5. The predictive and troubleshooting and QC of a surge Test

ABOUT THE PRESENTER

Scott is an electrical engineer and has been involved with motor test equipment sales and electric motor testing practices for over 25 years at Baker Instruments / Megger USA. As part of his role as North East US regional sales manager he has performed product and motor testing demonstrations at hundreds of motor repair workshops, industrial manufacturing facilities and utilities such as power generation, and has a deep knowledge of the motor and generator industry and the industries that use them. In addition, he serves Megger as the US sales manager for the Baker product line, managing the activities of the US sales team. He is very experienced in static (off-line) and dynamic (on-line) motor testing and data analysis.